Kang Lan Tee

This paper develops a cost-effective method to extract high-purity RuBisCO from dried leafy biomass, achieving 70-90% extraction efficiency and demonstrating its potential as a functional food ingredient.

This paper introduces an accelerated adaptive laboratory evolution (aALE) method using divalent metal cations to improve microbial tolerance to high glycerol concentrations in Cupriavidus necator H16.

The paper investigates the use of sweetwater as a feedstock for lipid production by oleaginous yeasts, finding that it enhances lipid accumulation in certain strains.

This study uses directed evolution to enhance the secretory protein production capacity of OsmY in E. coli, resulting in a significant increase in secreted protein yield.